When you're new to the world of gears, it can be overwhelming to try to understand all the different types of gears and their applications. Although it may help to read through how gears operate in engineering processes, it can still be headache-inducing to try to understand these mechanisms. To learn more about the science behind gears and how they work, continue reading our blog below.
When understanding the measurements of different types of spur gears, specific terminology can seem vaguely similar and hard to understand. Circular pitch and diametrical pitch are two gear terms that are often mixed because of their similarities.
Read more: Circular Pitch vs. Diametral Pitch: The Differences
When repairing your facility's equipment, it’s vital to understand what gears need repair and how they affect your machinery. Although learning about the different types of gears and their purposes may seem overcomplicated or unimportant, it’s essential to understand them in order to have successful repairs.
Understanding the design, properties, and function of your individual equipment gears is essential. However, understanding how gears work together and operate under different environmental and mechanical stress levels is also fundamental to ensuring equipment is working effectively and efficiently.
If you have ever heard a suspicious grinding or screeching noise rumble from your equipment, your gears likely need immediate maintenance. One of the most common issues manufacturers find in their gears is gear misalignment.
However, these issues are manageable with the use of a technique known as gear crowning. To learn more about the concept of gear crowning and how this technique works, continue reading our guide.